INTERNATIONAL METAL ENGINEERING            
FIELD MOUNTED 2 WIRE SMART TRANSMITTER       8080TR
n INPUTS: THERMOCOUPLE, RTD, OHM AND MV
n HIGH ACCURACY
n 2 WIRES, 4-20MA OUTPUT
n EXCELLENT STABILITY
n HIGH EMI-RFI IMMUNITY
n CONFIGURABLE BY PC COMMUNICATOR
n INPUT/OUTPUT ISOLATED
n 4 DIGIT LED DISPLAY
n 3 YEAR WARRANTY
Introduction       Functional Specifications  
IME Model 8080TR is a Digital, PC programmable, galvanicaly isolated Sensor
2-wire smart transmitter. The unit converts 13 types of thermocouple
sensors; 12 types of RTD sensors, configured as 2, 3 and 4 wires; 13 types of thermocouple; 12 types of RTD, mv, potentionmeter, Ohms
potentiometer, resistor and millivolt inputs into process current loop. A Calibration Accuracy
24 bit A/D converter is the heart of this outstanding performance.
+/-0.05% of span        
Description       Output Signal
IME Model 8080TR Universal input Smart transmitters are designed for
use in process industries where vibration, inclement weather and corrosive 4~20mA          
atmospheres prevail. The electronics are enclosed in a copper-free epoxy Polarity Protection
coated Aluminum housing and for more aggressive environments, a
SS316 housing is optionally available. The housings meet the requirements Yes          
of NEMA 4X, and are also certified Explosion Proof by FM/CSA. Isolation
1500V AC between input and output      
The output current is temperature linearized and can be set to be 4 to 20 Burnout Protection
or 20 to 4mA or any range within these limits. The current is limited to 3.6
and 22mA. The unit updates are 3 times per second for the display and 4 < 3.6mA or >22.1mA (configurable)      
times per second (max) for the current output Supply Voltage
Exceptional digital accuracy of typical +/-0.1oC is provided for all the 13~36V DC          
sensors regardless of the calibrated span. Extremely accurate cold-junction Operating Temperature
temperature measurement provides precise compensation throughout the
entire ambient range. The unit also accurately measures and compensates -50~+80oC / -45~+185oF      
the RTD sensor leads in the 3-wire connection. The Transmitter can be set Weight
and wired to perform differential measurement conversions of temperature
sensors as well as mV sources. 0.9Kg (2Lb) for Aluminum unit and 1.4Kg for SS316 Unit  
Material of Construction
The Transmitter is fully configurable by connecting to a PC with no external
power supply required. The configuration parameters are stored in a non Enclosure epoxy coated Copper-Free Aluminum or SS316 as specified
volatile memory. Digital output data can be obtained via a communication O Rings
port located on the front panel. Continuous, average and max/min readings
can be monitored. Buna N          
Optional Accessories
Detection of sensor breakage or disconnection of input leads, forces the
output to a pre-defined up/down scale value. The unit continuously Mounting Brackets (IME Model 175PM, 175RC, 175NR, 175MM)
monitors the sensor and automatically returns to normal operation mode
when the sensor is recovered.
Mounting  
A wide choice of stainless steel mounting brackets are available for
mounting the Model 8080TR on either a 2" pipe or wall.
                             
International Metal Engineering Pte Ltd        http://www.intmet.com
  INTERNATIONAL METAL ENGINEERING            
FIELD MOUNTED 2 WIRE SMART TRANSMITTER       8080TR
SPECIFICATIONS 1
Inputs  
 
Input Impedance   >107W                  
Maximum Input Voltage   <1V                  
Thermocouple and Milivolts  
                       
Type Standard     Input Range   Minimum Span Digital Accuracy D/A
        oC oF   oC / oF   oC Accuracy
B Pt30Rh Pt16Rh IEC584-1 ITS-90   100~1820 212~3308   200 / 360 +/- 0.5  
E NiCr-Con IEC584-1 ITS-90   -200~1000 -328~1832   50 / 90 +/- 0.1  
J Fe-Con IEC584-1 ITS-90   -200~1200 -328~2192   50 / 90 +/- 0.1  
K NiCr-Ni IEC584-1 ITS-90   -200~1370 -328~2498   50 / 90 +/- 0.1  
L Fe-Con IEC584-1 ITS-90   -190~890 -310~1634   25 / 45 +/- 0.1  
N NiCrSi-NiSi IEC584-1 ITS-90   -200~1300 -328~2372   25 / 45 +/- 0.1  
R Pt13Rh-Pt IEC584-1 ITS-90   0~1760 -32~3200   200 / 360 +/- 0.5  
S Pt10Rh-Pt IEC584-1 ITS-90   0~1760 -32~3200   200 / 360 +/- 0.5 +/- 0.02%
T Cu-Con IEC584-1 ITS-90   -200~400 -328~752   50 / 90 +/- 0.1  
U Cu-Con IEC584-1 ITS-90   -190~590 -310~1094   25 / 45 +/- 0.1  
D W3Re-W25Re ASTM E988-90   0~2230 32~4046   25 / 45 +/- 0.5  
G W-W26Re ASTM E988-90   0~2160 32~3920   25 / 45 +/- 0.5  
C W5Re-W26Re ASTM E988-90 ITS-90   -15~2320 5~4208   25 / 45 +/- 0.5  
Millivolt Input     -145~145 2mV +/- 5mV  
Mode Single or differential sensor         Voltage: ordinary or differential    
Cold Junction Intemal Pt-100 Sensor            
C.J Accuracy +/-0.5oC (+/-0.9oF)                
Sampling Rate Single: 10, differential: 3 (S/sec)       Voltage: 42, differential: 4 (S/sec)    
Total probable accuracy for T/C measurement equals to:    [C.J.E2+DA2+(Span x 2 x 10-4)2]0.5
Where C.J.E is the cold-junction error and DA is the digital accuracy value for the specific T/C
Note: For maximum accuracy for T/C input, all the above error components should be accumulated.
Resistor Temperature Detector (RTD)
                       
Type Standard Input Range Minimum Span Digital Accuracy D/A
        oC oF   oC / oF   oC Accuracy
Pt-50   -200~850 -328~1562   200 / 360 +/- 0.5  
Pt-100 IEC-751 -200~850 -328~1562   50 / 90 +/- 0.1  
Pt-500 a=0.00385W/W -200~690 -328~1274   50 / 90 +/- 0.1  
Pt-1000     -200~690 -328~1274   50 / 90 +/- 0.1  
Pt-50   -100~455 -148~851   25 / 45 +/- 0.1  
Pt-100 IEC-751 -100~455 -148~851   25 / 45 +/- 0.1  
Pt-500 a=0.00392W/W -100~455 -148~851   200 / 360 +/- 0.5  
Pt-1000     -100~455 -148~851   200 / 360 +/- 0.5 +/- 0.02%
Ni-Fe   -200~260 -328~500   50 / 90 +/- 0.1  
Ni-120   -80~260 -112~500   25 / 45 +/- 0.1  
Ni-1000   -50~160 -58~320   25 / 45 +/- 0.5  
Cu-10   -120~260 -184~500   25 / 45 +/- 0.5  
Resistor Potentiometer 0~2KĤ¸      
Connection type 2, 3 or 4 wire                  
Mode Single sensor       Dual-differential    
Sensor Current 0.3mA                
Sampling Rate Single sensor; 4 differential; 2 S/sec     Potentiometer; 3 S/sec      
Example: Pt-100 sensor input, with a 0~50oC span: The digital accuracy would be +/- 0.1oC, the accuracy would be +/-50X0.02/100=+/- 0.01oC. 
Total maximum accuracy= +/- 0.11oC.
                             
International Metal Engineering Pte Ltd        http://www.intmet.com
  INTERNATIONAL METAL ENGINEERING            
FIELD MOUNTED 2 WIRE SMART TRANSMITTER       8080TR
SPECIFICATIONS 2
Output    
Output Signal   Proportional DC current 4~20mA or 20~4mA (User configurable)          
Under Range   Linear to 3.97mA              
Over Range   Linear to 20.8mA        
Burnout   <3.6mA or >22.1mA (User configurable)            
Isolation   >1500V AC between input and output       
Output Linearity   For temperature sensors - linear with temperature          
      For potentiometer - linear with potentiometer ratio      
      For millivolt input - linear with the measured voltage          
Maximum Loop Resistance According to Rmax. (W) = (Vsupply-13)/0.02    
Calibration Accuracy At 24V supply, at room temperature: 0.05% of span          
Damping Factor   1~100 seconds        
Analog Step-Response   200~500ms (Depends on the sensor and the mode of operation)          
Setup Time   5 seconds after power on                
Supply    
Supply Voltage   13~36V DC                  
Supply Variation Effect negligible (1mA/V)  
Polarity Protection   Yes                  
CMR   >110 db                  
Environmental Influence            
Operating Temperature Range -50~+85oC / -122~185oF                
Temperature Stability   < +/- 0.004% / 1oC                
Humidity   10%~90%, RH, non-condensing          
EMC                      
Programming    
Software Package   UstCal                  
Modem   IME Model 8080-030, 2-wire Smart Transmitter Config/Debug System with 9-pin D-Type Connector          
Configured Parameters   Tag information, Sensor type, Input range, Selection of connection type, Output Offset, Output curve correction,       
      Damping factor, Burnout Type, Output current mode, Sensor Calibration.      
Transmitter Configuration
The USTCAL configuration and calibration software is PC-based software package.
The PC is connected to the transmitter via MC232 communication cable, which contains the electronic interface circuitry. This cable which contains
the electric interface circuitry. This features makes the configuration process very easy, as it does not require the transmitter to be wired to an external
power supply. It is called "DRY CONFIGURATION". The Windows based software conducts the user to the configuration steps in a friendly and 
simple interactive way.
Mininum System Requirement:
n Pentium Processor or above (Pentium III, 450MHz Recommmand).
n Windows® 95 or above (Windows XP Professional Recommand).
n 64MB RAM or above
n 15MB Free Disk Space or above
n Resolution 800 x 600 (1024 x 768 Recommand)
n CD-ROM 2X or above
                             
International Metal Engineering Pte Ltd http://www.intmet.com
  INTERNATIONAL METAL ENGINEERING            
FIELD MOUNTED 2 WIRE SMART TRANSMITTER       8080TR
Both the Aluminum and the SS316 housing are certified NEMA 4X. As indicated below. IME Model 8080TR can be optionally provided with
certification and a stainless steel name plate for use in Hazardous Area applications.
Ordering Information
Model Description                    
8080TR Field Mounted 2-Wire Indicating Transmitter              
   
 
Code Options, Housing                
    A Die cast Aluminum, Epoxy Coated    
    T SS316, Electro Polished                
   
 
Code Instrument Connection (T1)   Conduit Size (T2)      
      01 M16 x 2P (See note 1)     ¾" NPT        
      02 M16 x 2P (See note 1)     ½" NPT        
      03 M16 x 2P (See note 1)     M20 x 1.5P        
      04 ½" NPT       ¾" NPT        
      05 ½" NPT       ½" NPT        
      06 ½" NPT       M20 x 1.5P        
      07 ¾" NPT       ¾" NPT        
      08 ¾" NPT       ½" NPT        
      09 ¾" NPT       M20 x 1.5P        
      10 ½" BSP       ¾" NPT        
      11 ½" BSP       ½" NPT        
      12 ½" BSP       M20 x 1.5P        
      13 ¾" NPT       None        
      14 M20 x 1.5P       None        
      16 ½" BSP       None        
      17 ½" NPT       None        
   
 
Code Certification      
    NN None              
   
 
Code Accessories          
      RC IME Model 175RC Mounting Bracket      
      PM IME Model 175PM Mounting Bracket      
      NR IME Model 175NR Mounting Bracket      
      MM IME Model 175MM Mounting Bracket      
     
 
  Code 2 Inch "U" Bolt with Nuts and Washers  
          00 None        
          01 IME Model 17508, 1 Set (For IME Model 175RC)  
          02 IME Model 17508, 2 Sets (For IME Model 175PM & 175NR)
       
 
   
         
     
                           
 
  8080TR A 02 NN PM   02
Typical Model Number
Note:
1 Ports with M16 x 2P thread are not through holes, they are for Mounting only.
INTERNATIONAL METAL ENGINEERING PTE LTD
,CAUTION OPEN CIRCUIT BEFORE REMOVING COVER,OUVRIR LE CIRCUIT AVANT DENLEVER LE COUVERCLE,8080TR
                             
International Metal Engineering Pte Ltd http://www.intmet.com
  INTERNATIONAL METAL ENGINEERING            
MODEL 175RC MOUNTING BRACKET          
IME MODEL 175RC
PANEL / WALL MOUNTING CONFIGURATION
9 mm or 5/16 bolts for mounting bracket to wall or panel
(Not Supplied)
Adaptor P/N: 22305 (Optional)
2Ħħ PIPE MOUNTING CONFIGURATION
2 Inch "U" Bolt with Nuts and Wahsers (Optional)
Adaptor P/N: 22305 (Optional)
                             
International Metal Engineering Pte Ltd http://www.intmet.com
  INTERNATIONAL METAL ENGINEERING            
MODEL 175PM MOUNTING BRACKET        
IME MODEL 175PM
PANEL / WALL MOUNTING CONFIGURATION
9 mm or 5/16 bolts for mounting bracket to wall or panel
(Not Supplied)
Adaptor P/N: 22306 (Optional)
Text Box: 175PM Mounting Bracket
Text Box: 3mm
2Ħħ PIPE MOUNTING CONFIGURATION
2 Inch "U" Bolt with Nuts and Wahsers (Optional)
Adaptor P/N: 22306 (Optional)